CN103455185B - Contactor control device relative position determines system and method - Google Patents
Contactor control device relative position determines system and method Download PDFInfo
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- CN103455185B CN103455185B CN201210172840.7A CN201210172840A CN103455185B CN 103455185 B CN103455185 B CN 103455185B CN 201210172840 A CN201210172840 A CN 201210172840A CN 103455185 B CN103455185 B CN 103455185B
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- contactor control
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Abstract
A kind of contactor control device relative position determines system, runs in the first contactor control device, and first contactor control device is placed adjacent with the second contactor control device, and first contactor control device includes the first touch-screen, and second contactor control device includes the second touch-screen.The system establishes the communication connection of the first contactor control device and the second contactor control device, when user touches from the first touch-screen slides into the second touch-screen, coordinate and time and the coordinate for the touch point for entering the second touch-screen and the time of the touch point of the first touch-screen are obtained off.According to the coordinate and time, the relative position of the first contactor control device and the second contactor control device is determined, and records the relative position of the first contactor control device and the second contactor control device.The present invention also provides a kind of contactor control device relative position and determines method.The present invention can determine the relative position of different contactor control devices.
Description
Technical field
The present invention relates to a kind of contactor control device, and system and method is determined especially with regard to a kind of contactor control device relative position.
Background technology
Currently, the application field of touch-screen is more and more extensive.Touch-screen provides natural man-machine interaction mode, makes
Man-machine interaction is more simple and direct, and user's operation is more convenient.Using the touch-screen of different contactor control devices, different touch can be designed
Control a variety of applications between device.For example, when user chooses a file from the touch-screen of a contactor control device and slides into another
During the touch-screen of one contactor control device, this document is copied into another contactor control device from a contactor control device.However, realizing
, it is necessary to solve the problems, such as the relative position for determining different contactor control devices before these applications.
The content of the invention
In view of the foregoing, it is necessary to a kind of contactor control device relative position is provided and determines system, can determine different touch-controls
The relative position of device.
Method is determined in addition, there is a need to and provide a kind of contactor control device relative position, can determine different contactor control devices
Relative position.
A kind of contactor control device relative position determines system, runs in the first contactor control device, first contactor control device and
Two contactor control devices are placed adjacent, and first contactor control device includes the first touch-screen, and second contactor control device includes the second touch-screen,
The system includes：Link block, for establishing the communication connection of the first contactor control device and the second contactor control device；Acquisition module, use
In when user touches from the first touch-screen and slides into the second touch-screen, the coordinate of the touch point of the first touch-screen is obtained off
(X0, Y0) and time and the coordinate (X1, Y1) for the touch point for entering the second touch-screen and time；Locating module, for according to from
The time for opening the touch point of the first touch-screen and the time for the touch point for entering the second touch-screen calculate and touched from the first touch-screen
Slide into the time difference of the second touch-screen, when the time difference within the specified range when, according to the touch point for leaving the first touch-screen
Coordinate (X0, Y0) and enter the coordinate (X1, Y1) of touch point of the second touch-screen and determine the first contactor control device and the second touch-control
The relative position of device；And logging modle, for recording the relative position of the first contactor control device and the second contactor control device.
A kind of contactor control device relative position determines method, applied in the first contactor control device, first contactor control device and
Two contactor control devices are placed adjacent, and first contactor control device includes the first touch-screen, and second contactor control device includes the second touch-screen,
The method comprising the steps of：Establish the communication connection of the first contactor control device and the second contactor control device；When user touches from the first touch-screen
Touch when sliding into the second touch-screen, be obtained off the coordinate (X0, Y0) of the touch point of the first touch-screen with the time and into second
The coordinate (X1, Y1) of the touch point of touch-screen and time；According to the time for the touch point for leaving the first touch-screen and into second
The time of the touch point of touch-screen calculates the time difference for being touched from the first touch-screen and sliding into the second touch-screen, exists when the time difference
When in specified range, according to the coordinate (X0, Y0) for the touch point for leaving the first touch-screen and the touch point into the second touch-screen
Coordinate (X1, Y1) determine the relative position of the first contactor control device and the second contactor control device；And the first contactor control device of record and the
The relative position of two contactor control devices.
The present invention is according to touch point of the coordinate for the touch point for leaving the first touch-screen with the time and into the second touch-screen
Coordinate and time determine the relative position of the first contactor control device and the second contactor control device, to realize between contactor control device based on tactile
The application for touching screen provides necessary condition.
Brief description of the drawings
Fig. 1 is the application environment schematic diagram that contactor control device relative position of the present invention determines system preferred embodiment.
Fig. 2 is the functional block diagram that contactor control device relative position determines system in Fig. 1.
Fig. 3 is the flow chart that contactor control device relative position of the present invention determines method preferred embodiment.
Fig. 4 is the signal of the coordinate of touch point of the coordinate for the touch point for leaving the first touch-screen with entering the second touch-screen
Figure.
Main element symbol description
Following embodiment will combine above-mentioned accompanying drawing and further illustrate the present invention.
Embodiment
As shown in fig.1, it is the application environment signal that contactor control device relative position of the present invention determines system preferred embodiment
Figure.The contactor control device relative position determines that system 10 is run in the first contactor control device 11.First contactor control device 11 and
Two contactor control devices 12 are placed adjacent.First contactor control device 11 includes the first touch-screen 13, and the second contactor control device 12 includes second and touched
Touch screen 14.The touch-screen 14 of first touch-screen 13 and second is used for the touching signals and display image for receiving user.It is described
First touch-screen 13 and the second touch-screen 14 can be resistive touch screen, capacitive touch screen, or other kinds of touch
Screen.First contactor control device 11 also includes storage device 15 and processor 16.The storage device 15 stores contactor control device with respect to position
Put the data needed for the program code and running of determination system 10.The processor 16 performs contactor control device relative position
The program code of system 10 is determined, determines the relative position of the first contactor control device 11 and the second contactor control device 12.
As shown in fig.2, it is the functional block diagram that contactor control device relative position determines system in Fig. 1.The contactor control device
Relative position determines that system 10 includes link block 200, acquisition module 210, locating module 220 and logging modle 230.
The link block 200 is used for the communication connection for establishing the first contactor control device 11 and the second contactor control device 12.At this
In embodiment, the first contactor control device 11 is communicated to connect with the second contactor control device 12 by Wi-Fi.
The acquisition module 210 is used to, when user touches from the first touch-screen 13 and slides into the second touch-screen 14, obtain
Leave coordinate and time and the coordinate for the touch point for entering the second touch-screen 14 and the time of the touch point of the first touch-screen 13.Institute
The coordinate into the touch point of the second touch-screen 14 is stated to be measured by the second contactor control device 12 with the time and send the first touch-control dress to
Put 11.As shown in fig.4, the first contactor control device 11 and the second contactor control device 12 have each independent coordinate system, the first touch-control dress
The origin for putting 11 coordinate system is located at the upper left corner of the first touch-screen 13, and the origin of the coordinate system of the second contactor control device 12 is positioned at the
The upper left corner of two touch-screens 14, the coordinate for leaving the touch point of the first touch-screen 13 is (X0, Y0), into the second touch-screen 14
The coordinate of touch point is (X1, Y1).Wherein, X0 is the abscissa for the touch point for leaving the first touch-screen 13, and Y0 is to leave first
The ordinate of the touch point of touch-screen 13, X1 are the abscissa into the touch point of the second touch-screen 14, and Y1 is to be touched into second
Touch the ordinate of the touch point of screen 14.
The locating module 220 is for the time according to the touch point for leaving the first touch-screen 13 and enters the second touch-screen
The time of 14 touch point calculates the time difference for being touched from the first touch-screen 13 and sliding into the second touch-screen 14, exists when the time difference
In specified range when (being, for example, less than equal to 1 second), touched according to the coordinate for the touch point for leaving the first touch-screen 13 and into second
The coordinate for touching the touch point of screen 14 determines the relative position of the first contactor control device 11 and the second contactor control device 12.If the time difference
Beyond specified range, then the data invalid obtained, user slides into second to acquisition module 210 from the touch of the first touch-screen 13 again
Touch-screen 14, and the coordinate of the touch point of the first touch-screen 13 touching with the time and into the second touch-screen 14 is obtained off again
Touch coordinate a little and time.
As shown in fig.4, the coordinate for leaving the touch point of the first touch-screen 13 is (X0, Y0), into the second touch-screen 14
The coordinate of touch point be (X1, Y1).If X0 is the width that 0 and X1 is equal to the second touch-screen 14, the second contactor control device 12
In the left of the first contactor control device 11；If X0 is the width of the first touch-screen 13 and X1 is 0, the second contactor control device 12 is positioned at the
The right of one contactor control device 11；If Y0 is the height that 0 and Y1 is equal to the second touch-screen 14, the second contactor control device 12 is located at first
The top of contactor control device 11；If it is 0 that Y0, which is equal to the height of the first touch-screen 13 and Y1, the second contactor control device 12 touches positioned at first
Control the lower section of device 11.If the coordinate (X0, Y0) of the touch point of the first touch-screen 13 is left with entering touching for the second touch-screen 14
The coordinate (X1, Y1) touched a little is unsatisfactory for above-mentioned four kinds of situations, then positioning failure.
It should be noted that if the system time of the first contactor control device 11 and the second contactor control device 12 has differences,
Influence caused by eliminating the difference of the system time is needed when calculating the time difference.For example, the second contactor control device 12 is
The system time is delayed 1 second than the system time of the first contactor control device 11, if the first contactor control device 11, which measures, leaves the first touch-screen 13
Time of touch point be 12:00:00, the time that the second contactor control device 12 measures into the touch point of the second touch-screen 14 is
12:00:02, then it is 1 second to be touched from the first touch-screen 13 and slide into time difference of the second touch-screen 14.
The logging modle 230 is used for the relative position for recording the first contactor control device 11 and the second contactor control device 12, and will
The relative position of first contactor control device 11 and the second contactor control device 12 sends the second contactor control device 12 to.Based on the relative position,
The first touch-screen 13 and the second touch-screen 14 can be utilized to realize a variety of applications.For example, the first touch-screen 13 and the can be utilized
Two touch-screens 14 transmit file between the first contactor control device 11 and the second contactor control device 12.For example, when user is from first
When touch-screen 13 chooses a file and slides into the second touch-screen 14, then this document is copied to from the first contactor control device 11
Two contactor control devices 12.And for example, first touch-screen 13 can be merged into one big touch-screen with the second touch-screen 14 to be shown.
As shown in fig.3, it is the flow chart that contactor control device relative position of the present invention determines method preferred embodiment.
Step S301, when the first touch-screen 13 needs to interact operation with the second touch-screen 14 (such as transmission file),
Link block 200 establishes the communication connection of the first contactor control device 11 and the second contactor control device 12.In the present embodiment, the first touch-control
Device 11 is communicated to connect with the second contactor control device 12 by Wi-Fi.
Step S302, acquisition module 210 prompt user from the first touch-screen 13 touch slides into the second touch-screen 14, when with
Family from the first touch-screen 13 touch slide into the second touch-screen 14 when, be obtained off the first touch-screen 13 touch point coordinate with
Time and the coordinate into the touch point of the second touch-screen 14 and time.The coordinate of the touch point for entering the second touch-screen 14
Measured with the time by the second contactor control device 12 and send the first contactor control device 11 to.As shown in fig.4, the first contactor control device 11 with
Second contactor control device 12 has each independent coordinate system, and the origin of the coordinate system of the first contactor control device 11 is located at the first touch-screen 13
The upper left corner, the origin of the coordinate system of the second contactor control device 12 is located at the upper left corner of the second touch-screen 14, leaves the first touch-screen
The coordinate of 13 touch point is (X0, Y0), and the coordinate into the touch point of the second touch-screen 14 is (X1, Y1).Wherein, X0 be from
The abscissa of the touch point of the first touch-screen 13 is opened, Y0 is the ordinate for the touch point for leaving the first touch-screen 13, and X1 is entrance
The abscissa of the touch point of second touch-screen 14, Y1 are the ordinate into the touch point of the second touch-screen 14.
Step S303, locating module 220 touch according to the time for the touch point for leaving the first touch-screen 13 and into second
The time of the touch point of screen 14 calculates the time difference for being touched from the first touch-screen 13 and sliding into the second touch-screen 14.If the first touch-control
The system time of device 11 and the second contactor control device 12 has differences, then needs to eliminate the system when calculating the time difference
Influence caused by the difference of time.For example, system time of the system time of the second contactor control device 12 than the first contactor control device 11
Delay 1 second, if the time that the first contactor control device 11 measures the touch point for leaving the first touch-screen 13 is 12:00:00, the second touch-control
The time that device 12 measures into the touch point of the second touch-screen 14 is 12:00:02, then touch and slide into from the first touch-screen 13
The time difference of second touch-screen 14 is 1 second.
(being, for example, less than equal to 1 second) within the specified range whether step S304, locating module 220 judge the time difference.
If the time difference is not within the specified range, the data invalid obtained, return to step S302, the user again of acquisition module 210
Touched from the first touch-screen 13 and slide into the second touch-screen 14, and be obtained off the coordinate of the touch point of the first touch-screen 13 again
With time and the coordinate for the touch point for entering the second touch-screen 14 and time.
If the time difference is within the specified range, step S305, locating module 220 according to leave the first touch-screen 13 touch
The coordinate touched coordinate a little and enter the touch point of the second touch-screen 14 determines the first contactor control device 11 and the second contactor control device 12
Relative position.
As shown in fig.4, the coordinate for leaving the touch point of the first touch-screen 13 is (X0, Y0), into the second touch-screen 14
The coordinate of touch point be (X1, Y1).If X0 is the width that 0 and X1 is equal to the second touch-screen 14, the second contactor control device 12
In the left of the first contactor control device 11；If X0 is the width of the first touch-screen 13 and X1 is 0, the second contactor control device 12 is positioned at the
The right of one contactor control device 11；If Y0 is the height that 0 and Y1 is equal to the second touch-screen 14, the second contactor control device 12 is located at first
The top of contactor control device 11；If it is 0 that Y0, which is equal to the height of the first touch-screen 13 and Y1, the second contactor control device 12 touches positioned at first
Control the lower section of device 11.If the coordinate (X0, Y0) of the touch point of the first touch-screen 13 is left with entering touching for the second touch-screen 14
The coordinate (X1, Y1) touched a little is unsatisfactory for above-mentioned four kinds of situations, then positioning failure.
Step S306, logging modle 230 record the relative position of the first contactor control device 11 and the second contactor control device 12, and will
The relative position of first contactor control device 11 and the second contactor control device 12 sends the second contactor control device 12 to.Based on the relative position,
The first touch-screen 13 and the second touch-screen 14 can be utilized to realize a variety of applications.For example, the first touch-screen 13 and the can be utilized
Two touch-screens 14 transmit file between the first contactor control device 11 and the second contactor control device 12.For example, when user is from first
When touch-screen 13 chooses a file and slides into the second touch-screen 14, then this document is copied to from the first contactor control device 11
Two contactor control devices 12.And for example, first touch-screen 13 can be merged into one big touch-screen with the second touch-screen 14 to be shown.
Above-described embodiment illustrates how determination first exemplified by being touched from the first touch-screen 13 and slide into the second touch-screen 14
The relative position of the contactor control device 12 of contactor control device 11 and second, it should be understood that contactor control device relative position determines system 10
It can be touched with user from the second touch-screen 14 and slide into the first touch-screen 13, according to the touch point for leaving the second touch-screen 14
Coordinate and the coordinate of time and the touch point for entering the first touch-screen 13 determine the first contactor control device 11 and the second touch-control with the time
The relative position of device 12.
Claims (8)
1. a kind of contactor control device relative position determines system, run in the first contactor control device, first contactor control device and second
Contactor control device is placed adjacent, and first contactor control device includes the first touch-screen, and second contactor control device includes the second touch-screen, its
It is characterised by, the system includes：
Link block, for establishing the communication connection of the first contactor control device and the second contactor control device；
Acquisition module, for when user touches from the first touch-screen and slides into the second touch-screen, being obtained off the first touch-screen
Touch point coordinate (X0, Y0) and time and enter the second touch-screen touch point coordinate (X1, Y1) and the time, wherein institute
The coordinate into the touch point of the second touch-screen is stated to be measured by the second contactor control device with the time and send the first contactor control device to；
Locating module, for according to leave the first touch-screen touch point time and enter the second touch-screen touch point when
Between calculate to touch from the first touch-screen and slide into time difference of the second touch-screen, when the time difference within the specified range when, according to
The coordinate (X0, Y0) for leaving the touch point of the first touch-screen and the coordinate (X1, Y1) for the touch point for entering the second touch-screen determine
The relative position of first contactor control device and the second contactor control device；And
Logging modle, for recording the relative position of the first contactor control device and the second contactor control device.
2. contactor control device relative position as claimed in claim 1 determines system, it is characterised in that first contactor control device with
Second contactor control device is communicated to connect by Wi-Fi.
3. contactor control device relative position as claimed in claim 1 determines system, it is characterised in that the basis is left first and touched
The coordinate (X0, Y0) for touching the touch point of screen and the coordinate (X1, Y1) for the touch point for entering the second touch-screen determine that the first touch-control fills
Put includes with the relative position of the second contactor control device：
If X0 is the width that 0 and X1 is equal to the second touch-screen, the second contactor control device is located at the left of the first contactor control device；
If X0 is the width of the first touch-screen and X1 is 0, the second contactor control device is located at the right of the first contactor control device；
If Y0 is the height that 0 and Y1 is equal to the second touch-screen, the second contactor control device is located at the top of the first contactor control device；And
If it is 0 that Y0, which is equal to the height of the first touch-screen and Y1, the second contactor control device is located at the lower section of the first contactor control device.
4. contactor control device relative position as claimed in claim 1 determines system, it is characterised in that the logging modle is additionally operable to
Send the relative position of the first contactor control device and the second contactor control device to second contactor control device.
5. a kind of contactor control device relative position determines method, applied in the first contactor control device, first contactor control device and second
Contactor control device is placed adjacent, and first contactor control device includes the first touch-screen, and second contactor control device includes the second touch-screen, its
It is characterised by, the method comprising the steps of：
Establish the communication connection of the first contactor control device and the second contactor control device；
When user touches from the first touch-screen slides into the second touch-screen, the coordinate of the touch point of the first touch-screen is obtained off
(X0, Y0) and time and the coordinate (X1, Y1) for the touch point for entering the second touch-screen and time, wherein described enter the second touch
The coordinate of the touch point of screen is measured by the second contactor control device with the time and sends the first contactor control device to；
Calculated according to the time of the time for the touch point for leaving the first touch-screen and the touch point for entering the second touch-screen from first
Touch-screen, which touches, slides into time difference of the second touch-screen, when the time difference within the specified range when, according to leaving the first touch
The coordinate (X1, Y1) of the touch point of the second touch-screen of coordinate (X0, Y0) and entrance of the touch point of screen determines the first contactor control device
With the relative position of the second contactor control device；And
Record the relative position of the first contactor control device and the second contactor control device.
6. contactor control device relative position as claimed in claim 5 determines method, it is characterised in that first contactor control device with
Second contactor control device is communicated to connect by Wi-Fi.
7. contactor control device relative position as claimed in claim 5 determines method, it is characterised in that the basis is left first and touched
The coordinate (X0, Y0) for touching the touch point of screen and the coordinate (X1, Y1) for the touch point for entering the second touch-screen determine that the first touch-control fills
Put includes with the relative position of the second contactor control device：
If X0 is the width that 0 and X1 is equal to the second touch-screen, the second contactor control device is located at the left of the first contactor control device；
If X0 is the width of the first touch-screen and X1 is 0, the second contactor control device is located at the right of the first contactor control device；
If Y0 is the height that 0 and Y1 is equal to the second touch-screen, the second contactor control device is located at the top of the first contactor control device；And
If it is 0 that Y0, which is equal to the height of the first touch-screen and Y1, the second contactor control device is located at the lower section of the first contactor control device.
8. contactor control device relative position as claimed in claim 5 determines method, it is characterised in that this method also includes step：
Send the relative position of the first contactor control device and the second contactor control device to second contactor control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210172840.7A CN103455185B (en) | 2012-05-30 | 2012-05-30 | Contactor control device relative position determines system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210172840.7A CN103455185B (en) | 2012-05-30 | 2012-05-30 | Contactor control device relative position determines system and method |
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| Publication Number | Publication Date |
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| CN103455185A CN103455185A (en) | 2013-12-18 |
| CN103455185B true CN103455185B (en) | 2017-12-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210172840.7A Expired - Fee Related CN103455185B (en) | 2012-05-30 | 2012-05-30 | Contactor control device relative position determines system and method |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108628561A (en) * | 2017-03-22 | 2018-10-09 | 鸿富锦精密电子（重庆）有限公司 | Touch device, data transmission system and method based on touch screen |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1622619A (en) * | 2004-12-24 | 2005-06-01 | 北京中星微电子有限公司 | A multi-screen display method and device |
| CN102375799A (en) * | 2010-08-17 | 2012-03-14 | 上海科斗电子科技有限公司 | Data transmission system between equipment based on safe connection |
| CN102404377A (en) * | 2010-09-13 | 2012-04-04 | 现代自动车株式会社 | Terminal having content interworking function and method thereof |
-
2012
- 2012-05-30 CN CN201210172840.7A patent/CN103455185B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1622619A (en) * | 2004-12-24 | 2005-06-01 | 北京中星微电子有限公司 | A multi-screen display method and device |
| CN102375799A (en) * | 2010-08-17 | 2012-03-14 | 上海科斗电子科技有限公司 | Data transmission system between equipment based on safe connection |
| CN102404377A (en) * | 2010-09-13 | 2012-04-04 | 现代自动车株式会社 | Terminal having content interworking function and method thereof |
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| CN103455185A (en) | 2013-12-18 |
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